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Develop and optimize semiconductor manufacturing processes from startup through certification. Analyze process data, implement FMEA, SPC, and OCAP quality controls, automate workflows, conduct risk assessments, reduce costs, and create process documentation and operating instructions. The role is intended for a new engineering graduate with strong data analytics aptitude and knowledge of Microsoft Office and statistical analysis tools.

Supports inventory accounting and financial controls by ensuring accurate inventory records, monitoring compliance, analyzing discrepancies, assessing risks, and coordinating corrective actions with cross-functional departments.

Prepares and analyzes monthly inventory reserve calculations, investigates valuation changes, performs reconciliations and reporting, supports month-end close, audits, SOX compliance, and collaborates with Finance, Operations, Supply Chain, and IT. The role also contributes to process improvement, reporting automation, and ad hoc financial analysis in a global manufacturing environment.

Graduate engineering opportunities across Analog Devices’ Ireland locations in electronics, semiconductor, software, AI, robotics, manufacturing, research, quality, and supply chain. Graduates may work in IC design, embedded software, verification, RF design, process engineering, testing, packaging, reliability, and related functions. The program includes rotations, learning opportunities, relocation assistance, and access to advanced facilities. Recruitment begins in September 2026 on a rolling basis. No travel is required.

Graduate software engineering opportunities involving embedded software, software systems, software development, AI, machine learning, UI/UX design, and cloud architecture. Graduates collaborate with hardware teams on planning, system architecture, development, troubleshooting, debugging, and testing across applications including IoT, automotive radar, healthcare monitoring, and 5G. The role includes a graduate rotation program, learning opportunities, and exposure to advanced semiconductor technologies.

Design and develop scalable, secure frontend web applications for connected embedded systems. Lead frontend architecture, collaborate with backend/embedded teams, implement device provisioning, telemetry visualization, and remote management UIs. Optimize performance, accessibility, and maintainability; mentor engineers, participate in reviews, and drive frontend best practices.

Design, build, and maintain scalable software systems using Python and Rust. Architect backend services, APIs, distributed components, data models, and cloud-connected applications. Lead technical design discussions, mentor engineers, improve testing and observability, and optimize system performance. Collaborate with hardware engineers, scientists, and business stakeholders to develop solutions for renewable energy, biotechnology, and medical technology applications.

Supports photolithography equipment in a semiconductor wafer fab by troubleshooting failures, optimizing tools, qualifying equipment and materials, improving yield and process performance, analyzing utilization and cycle-time metrics, developing equipment upgrades, writing maintenance specifications, and coordinating tool installations and releases with manufacturing and facilities teams.

Lead verification strategy and architecture for complex digital and mixed-signal designs. Build UVM-based environments, drive functional and code coverage closure, debug RTL and gate-level simulations, and lead post-silicon validation. Mentor junior engineers, coordinate verification requirements and sign-off criteria across teams, influence methodology adoption, and represent the company with customers and industry partners.

Lead pre-silicon verification for complex SoCs and subsystems, including verification strategy, UVM testbench architecture, test planning, coverage closure, NoC and interconnect validation, power-aware and formal verification, gate-level simulation, emulation, and system-level performance analysis. Collaborate with design, firmware, FPGA, and emulation teams while driving scalable verification methodologies and technical initiatives.